Faster ramp-up
New lines and new suppliers start from a process that already works in the model.
Industry
Process simulation for defense manufacturing.
Defense manufacturers are being asked to multiply output on short notice — often on new lines, with new suppliers and with less experienced crews. Simulation shortens ramp-up: tooling, forming sequences and heat-treatment routes are proven in the model, so the shop floor starts closer to a stable process.
Applications
Parts, problems and how we model them.
| Part | Typical issue | Simulation |
|---|---|---|
| Artillery shell bodies | Hot forging, nosing and heat treatment | Closed- & open-die forging → |
| Cartridge cases | Multi-stage drawing, wall thickness, tooling life | Drawing, extrusion & tooling → |
| Gun barrels | Radial forging and residual stress | Closed- & open-die forging → |
| Armor and drivetrain components | Quench cracking and distortion | Heat treatment & distortion → |
| Rocket-motor and launcher tubes | Flowforming and tube drawing | Drawing, extrusion & tooling → |
Why it pays
What simulation changes for defense suppliers.
Less scrap, longer tool life
Find cracks, thinning and die overload before they cost material and press time.
Controlled data handling
NDA-first engagements; nothing published without written consent.
See it simulated
Related DEFORM simulations.
Drawn shell casing simulationDeep drawing · Ironing
Animation © SFTC · plays from YouTube after click · watch on YouTube
Cup flowforming simulationFlowforming
Animation © SFTC · plays from YouTube after click · watch on YouTube
Multi-pass, floating plug tube drawing simulationTube drawing
Animation © SFTC · plays from YouTube after click · watch on YouTube
A part that keeps failing inspection?
Tell us the material and the defect. In 30 minutes you will know whether simulation can solve it.